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Kim Roberts Freedom Group

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Dod (79) Mp4

U.S. Northern Command is leading the Defense Department's disaster response and relief efforts in Puerto Rico and the U.S. Virgin Islands in the wake of Hurricane Maria, which made landfall on the U.S. territory Sept. 20. DoD continues to synchronize efforts with the Puerto Rico National Guard and FEMA. Troops and equipment already were assisting authorities in the region, which has seen two other powerful hurricanes, Irma and Jose, in recent weeks.

Dod (79) mp4

DoD response efforts in Puerto Rico and the U.S. Virgin Islands continue to focus on temporary power restoration, distribution of power generators, commodities distribution (e.g., food, water, and fuel), expanding the distribution network, medical support, route clearance, aviation support, planning support to FEMA, and support of USACE's repair of Guajataca Dam. DoD is responding with approximately 13,229 (T10 and NG) personnel. USNS COMFORT is conducting medical support operations near San Juan, PR.

DoD continues to expand a comprehensive island-wide commodities distribution and medical support network in support of FEMA and HHS. DoD response efforts are focused on supporting FEMA priorities for distribution of food and supplies, production and distribution of clean water, delivery of generator fuel to hospitals, route clearance, and Guajetaca Dam spillway mitigation.

LTG Semonite (Commander, US Army Corps of Engineers) is in Puerto Rico overseeing temporary power installation, electrical distribution repairs, infrastructure improvements and Guajataca Dam reinforcement. Sixteen helicopters from Ft. Bliss deploy Oct 2-3 on C-5 strategic lift. USS WASP and additional USMC rotary wing aircraft is enroute to support operations in Puerto Rico Oct 3. The hospital ship, USNS COMFORT, is projected to arrive San Juan on Oct 4.

DoD is accelerating relief operations and the deployment of additional response capacity to Puerto Rico to meet FEMA's need for a comprehensive commodities distribution network able to reach isolated communities and sustained medical support. LTG Jeff Buchanan assumed command of the DoD response effort, is working with FEMA and service components to get distribution priorities right, and initially assessed that the planned force flow will build the capacity necessary to support FEMA and Commonwealth priorities. The Governor of Puerto Rico, in a press event this morning, highlighted the partnership between the Puerto Rico, and Federal partners, including FEMA and DoD. LTG Semonite (Commander, US Army Corps of Engineers) is also in Puerto Rico overseeing the temporary power project, electrical distribution repairs, and infrastructure improvements. The USS WASP is returning to support response ops in and around Puerto Rico.

In Puerto Rico, DoD continues ongoing relief operations and deployment of additional response capacity, expanding airfield and seaport throughput and supporting FEMA requirements. LTG Jeff Buchanan and his Deputy, BG Rich Kim, are on the ground and coordinating with FEMA, the PR National Guard, Commonwealth leaders, and other key response stakeholders. USS WASP is returning to support response ops in and around Puerto Rico. KEARSARGE ARG/26th MEU operations were featured on 2 CBS news segments.

In Puerto Rico, DoD continues ongoing relief operations and is leaning forward to rapidly deploy additional response capacity, expanding airfield and seaport throughput and positioning key leaders forward supporting FEMA priorities. LTG Buchanan, Commanding General, U.S. Army North, will arrive in Puerto Rico this evening and serve as the senior DoD leader there.

The M4 carbine (officially Carbine, Caliber 5.56 mm, M4) is a 5.5645mm NATO, gas-operated,[b] magazine-fed carbine developed in the United States during the 1980s. It is a shortened version of the M16A2 assault rifle.

The M4 is extensively used by the United States Armed Forces, with decisions to largely replace the M16 rifle in United States Army (starting 2010) and United States Marine Corps (USMC) (starting 2016) combat units as the primary infantry weapon[9][10] and service rifle. The M4 has been adopted by over 60 countries worldwide,[11] and has been described as "one of the defining firearms of the 21st century".[12]

Since its adoption in 1994,[11] the M4 has undergone over 90 modifications to improve the weapon's ergonomics and modularity, including: the M4A1, which strengthened the barrel and removed the burst-fire option; the SOPMOD, an accessory kit containing optical attachments; and the underbarrel M203 grenade launcher.

Following the adoption of the M16 rifle, carbine variants were also adopted for close quarters operations,[14] the first of which was the CAR-15 family of weapons, which was used in the Vietnam War.[15] However, these rifles had design issues, as the barrel length was halved to 10 inches (25 cm), which upset the ballistics, reducing its range and accuracy and leading to considerable muzzle flash and blast,[16] meaning that a large flash suppressor had to be fitted.[17]

In 1982, the U.S. Government requested Colt to make a carbine version of the M16A2. At the time, the Colt M16A2 was the Colt 645, also known as the M16A1E1. Later that year, the U.S. Army Armament Munitions Chemical Command helped Colt develop a new variant of the XM177E2, and the U.S. Army redesignated the XM177E2 to the XM4 Carbine, giving the name as the successor to the M3 carbine. The carbine used the same upper and lower receiver as the M16A1,[18] and fires the M855 cartridge along with the older M193 cartridges. In 1983, the 9th Infantry Division requested a Quick Reaction Program (QRP) for a 5.56mm carbine to replace the M1 carbine and M3 submachine gun in service.[19][16] The XM4 was tested by the Army's Armament Research and Development Center (ARDC) in June 1983. Later, the gun was updated with improved furniture, and a barrel with rifling of 1 turn in 7 inches (180 mm). The ARDC recommended additional commonality with the M16A2 rifle, as well as lengthening the barrel to 14.5 inches (370 mm).[18] In January 1984, the U.S. Army revised the QRP, and a month later, it formally approved development of the new carbine.[18]

In June 1985, the Picatinny Arsenal was given a contract to produce 40 prototypes of the XM4.[18] Initially a joint program between the Army and Marines, in 1986 the Army withdrew their funding. The XM4 was finished in 1987, and the Marines adopted 892 for that fiscal year, with the designation "carbine, 5.56mm, M4".[18] Owing to experience from the 1991 Gulf War, the Army gave Colt its first production contracts for M4 carbines in May and July 1993, and M4A1 carbines for SOCOM operators in February 1994.[20]

Interest in the M4 carbine was accelerated after the Battle of Mogadishu (1993), in which Rangers complained that their M16 rifles were "unwieldy", whereas members of Delta Force in the same battle, equipped with the CAR-15, had no such complaints.[21] The M4 carbine first saw action in the hands of U.S. troops deployed to Kosovo in 1999 in support of the NATO-led Kosovo Force.[22] It would subsequently be used heavily by U.S. forces during the war on terror, including in Operation Enduring Freedom and the Iraq War.[22] In the Army, the M4 had largely replaced M16A2s as the primary weapon of forward deployed personnel by 2005.[23] The M4 carbine also replaced most submachine guns and selected handguns in U.S. military service,[23] as it fires more effective rifle ammunition that offers superior stopping power and is better able to penetrate modern body armor.[22]

In 2007, the USMC ordered its officers (up to the rank of lieutenant colonel) and staff non-commissioned officers to carry the M4 carbine instead of the M9 handgun.[24] This is in keeping with the Marine Corps doctrine, "Every Marine a rifleman." The Marine Corps, however, chose the full-sized M16A4 over the M4 as its standard infantry rifle. United States Navy corpsmen E5 and below are also issued M4s instead of the M9.[25] While ordinary riflemen in the Marine Corps were armed with M16A4s, M4s were fielded by troops in positions where a full-length rifle would be too bulky, including vehicle operators, fireteam and squad leaders. As of 2013, the U.S. Marine Corps had 80,000 M4 carbines in their inventory.[26][27]

By July 2015, major Marine Corps commands were endorsing switching to the M4 over the M16A4 as the standard infantry rifle, just as the Army had done. This is because of the carbine's lighter weight, compact length, and ability to address modern combat situations that happen mostly within close quarters; if a squad needs to engage at longer ranges, the M27 Infantry Automatic Rifle can be used as a designated marksman rifle. Approval of the change would move the M16 to support personnel, while armories already had the 17,000 M4s in the inventory needed to outfit all infantrymen who needed one.[28] In October 2015, Commandant Robert Neller formally approved of making the M4 carbine the primary weapon for all infantry battalions, security forces, and supporting schools in the USMC. The switch was to be completed by September 2016.[29] In December 2017, the Marine Corps revealed a decision to equip every Marine in an infantry squad with the M27, replacing the M4 in that part of the service.[30] MARSOC will retain the M4, as its shorter barrel is more suited to how they operate in confined spaces.[31]

In 2009, the U.S. Army took complete ownership of the M4 design.[32] This allowed companies other than Colt to compete with their own M4 designs. The Army planned on fielding the last of its M4 requirement in 2010.[32] In October 2009, Army weapons officials proposed a series of changes to the M4 to Congress. Requested changes included an electronic round counter that records the number of shots fired, a heavier barrel, and possibly replacing the Stoner expanding gas system with a gas piston system.

The benefits of these changes, however, have come under scrutiny from both the military and civilian firearms community.[33][34] According to a PDF detailing the M4 Carbine improvement plans released by PEO Soldier, the direct impingement system would be replaced only after reviews were done comparing the direct impingement system to commercial gas piston operating system to find out and use the best available operating system in the U.S. Army's improved M4A1.[35] 041b061a72


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